Figure 1.
Figure 1. Illustration of the hTERT reporter and control adenoviral vector. (A) The hTERT reporter adenoviral vector. In this vector, the dGFP expression cassette driven by the hTERT promoter (–576 to +30 of the hTERT gene sequence) was engineered in the E1 region. The expression cassette was shielded by the chicken β-like globin gene insulator for ensuring specificity of the hTERT promoter.38 (B) The control Ad5F35-GFP vector encoding GFP under the control of the constitutively active PGK1 promoter has been described previously.33,36 Both vectors are fiber-retargeted Ad5F35 vectors.

Illustration of the hTERT reporter and control adenoviral vector. (A) The hTERT reporter adenoviral vector. In this vector, the dGFP expression cassette driven by the hTERT promoter (–576 to +30 of the hTERT gene sequence) was engineered in the E1 region. The expression cassette was shielded by the chicken β-like globin gene insulator for ensuring specificity of the hTERT promoter.38  (B) The control Ad5F35-GFP vector encoding GFP under the control of the constitutively active PGK1 promoter has been described previously.33,36  Both vectors are fiber-retargeted Ad5F35 vectors.

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